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Quantum Information and Computation
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Quantum information and quantum computing are very rapidly developing research directions in recent years. This reprint introduces some of the latest developments in quantum theory, including basic physical theories such as quantum entanglement, and quantum information processing; and applications such as quantum secret key allocation, and several types of quantum algorithms. This reprint is suitable for some researchers or students to read.
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Keywords
- ameliorated MID (AMID)
- Belavkin–Staszewski relative entropy
- Bell inequality
- classical-quantum setting
- complete monogamy
- conditional entropy
- continuous-variable quantum key distribution
- device independent
- distributed architecture
- entanglement measure
- Fisher information
- genuine entanglement
- geometric Rényi relative entropy
- GHZ entangled state
- incompatibility criterion
- k-uniform states
- LDPC
- linear systems of equations
- Mathematics & science
- maximally entangled state
- measurement-device-independent
- measurement-induced disturbance (MID)
- moment
- multi-user
- mutual information
- mutually unbiased basis
- n/a
- non-commutativity
- nonlocality
- orthogonal array
- orthogonal partition
- orthonormal basis
- Physics
- positive partial transpose
- quantum algorithm
- quantum channel
- quantum channels
- quantum computation
- quantum correlation
- quantum correlation swapping
- quantum error-correcting codes
- quantum key distribution
- quantum Markovianity
- quantum measurements
- quantum network
- quantumness in ensembles
- rate compatible
- Reference, information & interdisciplinary subjects
- Research & information: general
- secure delegated computation
- self-testing
- strong incoherence
- symmetric states
- System identification
- thema EDItEUR::G Reference, Information and Interdisciplinary subjects::GP Research and information: general
- thema EDItEUR::P Mathematics and Science::PH Physics
- time complexity
- weak coherence
- werner-like state
- wide range of SNRs regime